if you only do fission once every 4 days, is that enough to be effective?
The body is a work in progress. Some 300 billion cells are lost and replaced each day, a truly enormous number. Most of those daily loses are due to reasons independent of mito morphology. Red blood cells, for instance, don't have mitochondria and thus aren't affected by fission and fusion, while epidermal and intestinal cells are shed mechanically and thus don't need apoptosis. But for those cells that become senescent and are removed by apoptosis, fission is a necessary element.
In general, I believe it is healthier to be in fission than in fusion. Fission is needed for mitophagy and apoptosis, and without those, all bodily systems run down.
Fusion has its place, of course, but should be used judiciously. It is necessary for SC proliferation, obviously, and it is protective when toxins are dealt with, and when ill with a virus*, as some viruses employ apoptosis to release their progeny. So fusion is good for SC expansion, hangovers, AD treatments, colds, flu, and the like. Fission is good for everything else.
My own experience: For more than twenty years I took some 3 grams of niacin a day, and everyone thought I was a lot younger than I was. In the business world, that was occasionally annoying. Then came the news that niacin might cause liver damage**, so I stopped. Only then did I begin to age at a normal rate. In fact, I was aging even more rapidly than normal. Niacin had ensured that my senescent cells were being eliminated, but wasn't beneficial for my SC reserves.
*Rhinovirus and Cell Death
Programmed cell death is a key component of the host antiviral response, but picornaviruses, including rhinoviruses (RVs), are able to modulate cell death at different stages of virus lifecycle; inhibition of apoptosis early in infection facilitates virus survival, while induction of apoptosis later in infection may aid virus release. In addition to apoptosis, we now know that there are several kinds of programmed cell death, e.g., necroptosis, pyroptosis, ferroptosis and parthanatos; all of which are implicated in one or more virus infections. https://www.ncbi.nlm...les/PMC8067602/
**As is now known, it's mainly sustained-release niacin that can be a problem with hepatotoxicity.
Edited by Turnbuckle, 10 November 2022 - 01:59 PM.